ATP Science L-Citrulline Malate 250g

RRP: $39.95 per tub

• Allergen, pesticide, heavy metal and microbial tested for compliance
  
• An approved material manufacturer that will allow audits of their factory
  
• HPLC verified guaranteeing fully efficacious material and no contaminants or adulteration
  
• High bioavailability
  
• Vegan
  
• Gluten free
  
• GMO-free
  
• Sugar-free

We all know to drive your car faster, we press on the accelerator, which provides more fuel for the engine as we accelerate. In the human body, increases in circulation naturally bring greater amounts of nutrients (fuel) and oxygen to working muscles, while also providing greater waste disposal, including the lactic acid removal (you know, the burning pain we all get when he hit the gym, run or ride).

The combined effects of greater circulation leads to vast improvements in muscle strength and power while reducing muscle soreness. This results in us being able to train harder and perform better while reducing the muscle soreness that halts our training in its tracks. There is an amino acid that resides within our blood vesicles, which allow the wall of the blood vessels to relax and, thus, increases the circulation. This amazing amino acid is Citrulline.

Citrulline can bypass digestion and first-pass metabolism to get into our peripheral tissues. When required it can convert to arginine and then Nitric Oxide to dilate blood vessels. Arginine is less effective in your periphery, doing most of its vasodilation in your gut and liver. Citrulline is the preferred form for your blood vessels into your muscle and extremities.

Directions of use:

Take 2–8g of citrulline malate 30–60minues before a workout or exercise session. For general supplementation, take 1–2g of citrulline malate 30min before food 3 times per day.

Why should I take the ATP Science L-Citrulline Malate 2:1?

ATP Science Citrulline is made via fermentation from Non-GMO watermelon seeds. The ratio 2:1 means there are 2-parts Citrulline to 1-part malate in the citrulline malate molecule.